1.Assessment of acute primary angle closure glaucoma management
Magsino Celedonio Gavino L ; Yatco Mario M ; Oconer Jose T
Philippine Journal of Ophthalmology 2001;26(4):141-144
PURPOSE:To determine the outcomes of acute angle closure glaucoma management. METHODOLOGY:Case-control study using computer-aided imaging as a screening test in a given population. RESULTS:There is a wide variability in cup and disc areas among g normals CONCLUSION:C:D alone has a poor predictive value for diagnosing glaucoma.Optic disc size with C:D is just as sensitive and specific in screening for glaucoma.Cup and disc areas are positively correlated for normal and glaucoma suspects.
Human
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GLAUCOMA
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2.Modified low temp ophthalmic cautery for capsulorhexis
Magsino Celedonio L ; Sua Alex S ; Yu Nelson G ; Padilla John Patric C
Philippine Journal of Ophthalmology 2003;28(4):200-205
Purpose: To study the use of low temp ophthalmic cautery tip in performing continuous curvilinear capsulorhexis and the effect of heat produced by cautery on the corneal endothelium Materials and Methods: The tip of an ordinary low temp ophthalmic cautery was improvised with the use of stylet of a Simcoe I&A, fashioned like a Sinskey IOL manipulator. 20 rabbits were used in this experiment -10 right eyes served as cases and 10 left eyes as controls. In the experimental eyes, viscoelastic was injected prior to a 7mm capsulorhexis; in the control eyes, no capsulorhexis was done. The cornea of both experimental and control were removed in toto and submitted for histopathologic studies Results: A complete capsulorhexis was performed in all 10 experimental eyes. The anterior capsular flap adheres to the advancing cautery tip; continuous and circular capsulorhexis was observed. There was no significant difference observed between the experimental and control groups regarding endothelial cell loss Conclusion: The modified low temp ophthalmic cautery tip produced a complete capsulorhexis, with no effect on the corneal endothelium.
Human
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Aged
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Middle Aged
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PHACOEMULSIFICATION
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CAPSULORHEXIS
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CRYSTALLINE LENSCAPSULE
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CAUTERY